Services
Unreal Clash Detection
Our architectural services include sophisticated clash detection to identify and resolve unreal clashes, such as spatial conflicts in maintenance zones, before construction begins. By employing cutting-edge software, we thoroughly analyze 3D models to pinpoint potential spatial conflicts that could impede maintenance access or operational efficiency. This proactive approach allows us to address issues that might otherwise lead to costly delays and rework during the construction phase.
Computational Fluid Dynamics (CFD) simulations
We run Computational Fluid Dynamics (CFD) simulations to analyze wind patterns and their impact on building designs. By leveraging state-of-the-art simulation technology, we ensure that our designs optimize airflow, enhance energy efficiency, and improve structural resilience against dynamic wind forces. Our tailored approach helps clients navigate complex environmental challenges, leading to innovative and sustainable architectural solutions that meet both aesthetic and functional objectives.
View study
Plot-level simulations can improve the efficiency of a building and ensure compliance with building certification systems (BREEAM, WELL, LEED) and regulatory requirements. In addition to conducting the simulations, we also provide recommendations for architectural and technical solutions to increase user comfort or help relevant building compliance. Operational and sales profits are maximized by solutions based on the simulations.
R+D with the European Space Agency
Our common future matters and we function as a knowledge community. In addition to our market-based projects, we run specialized development projects to achieve our long-term goals. The highlighted area of our research work is the design of space habitats and ground support buildings for the space industry.
Sunlight study
By analyzing the sun's path and its impact on a building's orientation and design, we can optimize daylight exposure, enhance indoor comfort, and reduce reliance on artificial lighting. These studies inform strategic decisions on window placement, shading solutions, and material selection, ensuring that our designs are both energy-efficient and aesthetically pleasing. Our commitment to sustainable architecture ensures that each project harmonizes with its natural environment, providing long-term benefits to both occupants and the ecosystem.
HeatScape Resolve
In the course of urban-scale simulations, spatial analyses of the installation can be performed. Testing helps to improve public space comfort and to identify main public spaces, façade surfaces, and the most valuable estates. The simulations can make propositions for a building that fits ideally into the urban context, for the optimized ground floor plans and function mix as well. We use Earth observation data of the European Space Agency to give a precise result.
Energetikai épületmodul
The operational and cost implications of different energy concepts are determined by simulations from an early investment stage. We analyze different standards and determine the appropriate energy system within the given investment structure, whether it is at the level of a building or even a city.
Deep Retrofit
Our architectural services include deep retrofit projects, where we meticulously renovate existing structures to enhance their performance, sustainability, and aesthetic appeal. By delving into the details, we ensure that every aspect of the building is optimized, from energy efficiency and structural integrity to interior design and functionality. Our comprehensive approach involves upgrading systems, materials, and layouts to meet modern standards while preserving the building's unique character.
PV Panel Study
These simulations consider critical factors such as shading, geographic location, and seasonal variations to provide precise estimates of energy production. Our detailed analysis enables clients to understand the potential energy savings and environmental benefits of solar panel installations, facilitating informed decision-making for sustainable building projects.
Pedestrian movement study
By analyzing pedestrian movement patterns, we can optimize the layout of public spaces, enhance accessibility, and improve overall user experience. Utilizing cutting-edge simulation technology, we identify potential bottlenecks and design solutions that ensure efficient navigation and comfort in high-traffic areas. Our commitment to human-centric design ensures that every project not only meets regulatory standards but also exceeds client expectations in creating welcoming and efficient environments.
Generative facades
By leveraging advanced computational tools, we can explore a wide range of design possibilities, optimizing for factors such as light, ventilation, and thermal performance. Parametric facades offer a unique blend of form and function, enabling us to deliver visually striking and sustainable solutions tailored to each project's specific needs. Our expertise in parametric design ensures that every facade is not only a reflection of cutting-edge technology but also a testament to architectural creativity and precision.
Stadion lelátószerkesztő
Our architectural services include the parametric design and simulation of stadium seat layouts, tailored to optimize both viewer experience and comfort. By leveraging advanced parametric modeling techniques, we create seating arrangements that maximize visibility and accessibility for every spectator.
Plotmix
In the case of urban-scale real estate development, maximizing investor profit is mainly determined by the development concept and site geometry. With our unique approach, it is possible to compare a large number of versions for land division, identifying the building block that maximizes regulatory parameters. The service also helps identify the differences between various building regulations, which can determine the potential increase in value due to a regulatory change.
Flatmix
The automated flat mix allocation is fine-tuned by the priorities of the real estate developer. It reduces planning time and determines the ideal flat layout in the building block. The system can automatically determine sales target numbers at the beginning of the master planning stage, based on investor preferences. Generative algorithms enable the software to swiftly create a large number of appropriate apartment allocation options, as well as determining the optimal layout, following algorithmic testing.
Model Based Cost Estimate
Model-based reports go beyond listing the quantities of applied materials. In addition to reliable and fast quantitative data reporting, we have connected regional building data related to the building's function and character (considering the level of development of the model), thus enabling us to compile analyses from the early stages of design. In addition to the expenditure side, the model is also related to revenue-generating items, allowing the execution simulation and continuous monitoring of the return on investment of construction projects.
Model Based Incomes
The dashboard at hand goes beyond intuitive data visualization: we link model-based and data-based information on a customized control panel to compare different scenarios, as needed. Depending on the construction, the input data can be modified on both the service provider’s and on the customer’s side, with changes trackable in real time. Automated processes ensure an in-depth analysis of the dashboard. The model-based connection means that the cost side can be linked to the revenues from the early stages of the investment to operation, all with adjustable parameters and dynamic change monitoring.
BIM and Digital Twin Based Monitoring
The digital twin is a three-dimensional digital database created from the building, suitable for storing and querying information. It enables radically more efficient investment planning, implementation, and operation. Automated processes based on the digital twin can accelerate and optimize implementation, improve cash flow planning accuracy, and achieve a more energy-efficient and better organized operation. Our goal is to serve the entire life cycle of the building by creating the most efficient digital twin models.
Model Based Quality Assurance
We approach the BIM model created for the building with a management mindset and use it as a quality assurance tool. Automated checking processes can reduce the number of design errors. In addition to geometric checks, information content and compliance checks are also within our range of possibility. By compiling BIM requirements and auditing models, we support our partners to receive the highest quality plans.
BIM Audit
By conducting detailed audits, we verify that all elements within the BIM are correctly modeled, coordinated, and compliant with industry standards and project specifications. This process helps identify discrepancies, improve data quality, and enhance collaboration among project stakeholders. Our BIM auditing services provide valuable insights that facilitate informed decision-making, reduce errors, and optimize project outcomes. With a commitment to excellence and precision, we ensure that every BIM serves as a reliable foundation for successful project execution and management.
EQS
Energy Quick Scan (EQS) service offers complex answers to select the optimal roadmap for energy renovation projects of existing buildings. And why is it unique? Because not only does it define the optimal energy mix, it also defines the optimal ESG numbers, budget, value gain and risk solutions. By combining digital twin technologies with big data analysis, we are able to simulate hundreds of possible renovation options, and select the ideal solution - only within 3 weeks.
EasyInvest
Our 'Easy Invest' service helps you optimize the site and building shape from the early stages of your project. Using advanced big data analysis technologies, we create a digital twin of the site and building concepts. We run simulations with genetic algorhytms on each version, linking the results to the business plan. This allows you to track how the results impact your ROI.